Take a moment to think of all the aspects of the grid that are currently microprocessor-driven. Not only relays and RTUs in a control house or SCADA center, but also pole-top reclosers, battery banks, transformer monitors, microgrid controllers, and of course the familiar smart meter. The list goes on and is ever-growing. Where there are microprocessors, there is computer code controlling them, and so the electricity grid is steadily becoming an ideal place to stake a career in software engineering.
Strategic Implementation and Integration of AutoCAD Electrical for Substation P&C Design
Automating the Engineering Design, Verification, and Validation Process
Protection & Control Automation: 2021 and Beyond (Part 4)
Protection & Control Automation: 2021 and Beyond (Part 3)
Protection & Control Automation: 2021 and Beyond (Part 2)
Protection & Control Automation: 2021 and Beyond (Part I)
Engineering Practices, Processes, and Projects from an Outsider’s Perspective
Maximizing the Power Grid’s Transfer Capacity
Connecting the Bridge Between Traditional Engineering Packages and Technology Innovation in Utility EPC Projects
Economic and Reliability Impact of Power Quality
Optimizing Load Tap Changer and Voltage Regulator Control in Distribution to Stabilize Voltage with DER Penetration
Adopting AutoCAD Electrical for Substation P&C Design
Power Grid Supply Chain Security: Past, Present, and Future
Is FUD (Fear, Uncertainty & Doubt) Holding You Back From Adopting the Cloud?
Security, Compliance, and the Cloud: Where We Are Today
Cloud Data Security – The Where, Who and How
Cloud Based Solutions & Security for Power Systems
Using Technology to Predict the Future in Occupational Health & Safety
Emerging Trends in Grid Modernization Efforts
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